SEVEN-DAY DYNAMICS OF THE KINETIC ENERGY OF WIND OUTLIERS FROM THE DATA OF MINISODAR MEASUREMENTS

With the use of robust nonparametric algorithms of the weighed maximum likelihood method under different levels of a priori uncertainty developed by the authors, the seven-day dynamics of the total kinetic energy and the kinetic energy of wind outliers has been analyzed from the results of post-processing of minisodar measurements of three wind velocity components and their variances in the lower 200-meter layer of the atmosphere. By the wind outliers, we understand wind velocity values, including wind gusts, the distribution of which deviates from the a priori distribution of the majority of observations.